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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
81	Method of treating and dyeing textile fabrics	US71842	1979-09-04	US4395789A	1983-08-02	Bengt-Ake Bruce
A method for dyeing of textiles in a liquid bath and an apparatus for performing the process which effectively stirs the dye bath resulting in a more homogeneous color distribution in the bath. The method also results in a faster drying process of the goods. Thus, the dyeing processing time has been reduced while the dyeing of the goods has been made more uniform.
82	Device for tanning, dyeing or the like	US841803	1977-10-13	US4122692A	1978-10-31	Werner Dose
The device for tanning, dyeing or the like, comprises a horizontal rotary drum mounted on a hollow shaft and having a cylindrical drum jacket, which is sealed at the front ends by means of closing walls and contains in its interior a tanning or dyeing compartment subdivided into three treatment chambers by means of three perforated equiangularly spaced radial partition walls. The rotary drum comprises on its exterior a number of pockets corresponding to the number of the treatment chambers, each pocket being in joint communication with respectively two treatment chambers. During the rotation of the rotary drum in one direction of rotation the treatment medium emerges approximately radially from a treatment chamber and enters a pocket in the area of one frontal drum end from which a partial stream flows into another pocket to be mixed with the treatment medium disposed in this pocket and then approximately radially into a treatment chamber. The other partial stream flows simultaneously to the opposite drum end into an associated pocket, is mixed with the treatment medium contained therein, and flows from this pocket approximately inwards into the same treatment chamber. Rotation of the rotary drum in the direction of rotation opposite thereto causes a corresponding scooping of the treatment medium to occur at the other frontal drum end and in the opposite flow direction.
83	Wet treatment process for textiles	US38935973	1973-08-17	US3926552A	1975-12-16	BRUCKNER KURT
A process for the wet treatment of a roll of textile material comprises passing a liquid from a source thereof in a substantially radial direction through a segment-shaped zone of the roll and relatively moving the roll and the liquid source so as to traverse the entire circumference of the roll. The flow of liquid through such zone may be either radially inward or radially outward of the roll and the liquid which passes through the roll at such zone may be caused to pass through the roll at another circumferentially spaced zone for recovery.
84	Apparatus for treating textile material with a circulating liquid	US3760614D	1971-10-13	US3760614A	1973-09-25	BERGHOLTZ N
Apparatus for treating material comprising a container including a plurality of enclosed separate chambers for receiving bodies of material and in which a relatively small clearance will be provided by adjacent surfaces of the chambers and the material therein; the chambers comprising a portion of a heat-exchanger and including means for supplying either heating or cooling fluid in controlled quantities and at a controlled temperature within the container along the chambers, and including means for circulating a treatment liquid in a conduit system to effect circulation and recirculation of the treating liquid through the individual chambers to attain uniformity of treatment and minimizing apparatus space while affording an effective material treatment in a minimum amount of time through accurate and empirical temperature control.
85	Method for treating textile material with a liquid	US3751223D	1972-03-24	US3751223A	1973-08-07	BERGHOLTZ N
In dyeing processes the velocity of the dyeing liquid when passing through the material to be treated is important. The forcing of the liquid through the material imposes a heavy load upon the pump, and it has been found, that a more uniform dyeing is obtained with less expenditure of power if the dyeing apparatus is provided with at least two compartments into which the bulk of material to be treated may be placed in two smaller batches. The two compartments are alternatingly connected to the pump, in such a manner that one compartment will always contain flowing liquid while the other contains liquid at rest. The term for switching over may be selected with respect to the material to be treated and the type of dyestuff, but each period of activity should be sufficient long to permit a complete substitution of the liquid within the compartment.
86	Textile article dyeing apparatus	US3696644D	1971-06-10	US3696644A	1972-10-10	BLUMENKAMP MANFRED
An apparatus for the dyeing of textile articles generally with a substantially rotating current circulation bath comprising a tank containing the dyeing bath provided with inlets to provoke circulation by means of fluids under pressure. Heating means are provided on the inside of the tank. The tank is autoclave shaped and supported about a horizontal bath provided on the inside of the tank by means of feeding means. A closing seal device is provided on an opening of the skirt of the tank for the loading and unloading of materials respectively to be treated and materials already treated.
87	Apparatus for the fluid treatment of thread or sheet-like fabric	US3688528D	1970-11-18	US3688528A	1972-09-05	VORDERBRUEGGE HERMANN; MEHRMANN LUDWIG
Apparatus and method for the treatment of thread or sheet-like fabric with fluids wherein a drum upon which the thread or fabric is supported in a container, and a trough for pre-treatment of the material is associated with the container.
88	Apparatus for batch dyeing	US3659441D	1970-12-15	US3659441A	1972-05-02	SCHULERER MANFRED
A dyeing chamber has a fluid-tight cover in its front wall, and has a drive shaft extending through a fluid-tight seal in its rear wall. A fitting on the end of the drive shaft is adapted to be coupled selectively with any one of a variety of goodscarrying members, for rotating such member in the chamber.
89	Method for treating textile material with a circulating liquid	US3650676D	1970-01-05	US3650676A	1972-03-21	BERGHOLTZ NIELS RUDOLF
The steps of placing material to be treated in a container, forming the material as separate bodies by placing the material in separate chambers and providing a relatively small clearance between the bodies and the chambers; forming the chambers as part of a heat-exchanger and providing a circulating treatment fluid (heating or cooling) in controlled quantities and maintaining the temperature within the chambers at a desired level; circulating the fluid in a closed circulation system and recirculating the treatment fluid repeatedly through the bodies of material and/or reversing the direction of flow of treatment fluid through the chamber.
90	Paddle dyeing machine	US3513672D	1968-05-28	US3513672A	1970-05-26	MACON JOHN I; HUFFSTETLER SAMUEL H

91	Apparatus for treatment of webs or yarns	US33891164	1964-01-20	US3233437A	1966-02-08	JOSEPH WINDHAUSEN KARL

92	Pressurized chamber dyeing with personnel ingress into and egress from the chamber	US83010059	1959-07-28	US3160896A	1964-12-15	SMITH JR HORACE L

93	Halaunbrenner	US3126726D		US3126726A	1964-03-31

94	Device for producing relative movements between a liquid and articles immersed in the same	US24743451	1951-09-20	US2828114A	1958-03-25	OSWALD RAUDSZUS

95	Washer control	US12010449	1949-10-07	US2703097A	1955-03-01	HANNEY ANGUS F

96	Dyeing apparatus	US67699033	1933-06-22	US2088465A	1937-07-27	ERNEST CLARK

97	VERFAHREN UND VORRICHTUNG ZUR WÄRMEBEHANDLUNG VON TEXTILGUT MIT SATTDAMPF	EP08734682.1	2008-03-20	EP2147140A1	2010-01-27	AFFOLTER, Roland; STEINER, Fritz
The invention relates to a method for the heat treatment of textile goods (31) such as yarns, woven materials, and knit materials, the textile goods being introduced into a closed container (1) and therein exposed at least once to a negative pressure in a series of treatment steps, and subsequently treated with saturated steam. A container (1) is used having a treatment chamber (8) for accepting and treating the textile goods (31) and a pressure-resistant water steam accumulator chamber (9) separated therefrom, said accumulator chamber being connected to the treatment chamber via closable steam lines (21) and a water volume (10) being introduced therein. The water volume (10) in the steam accumulator chamber (9) is heated to a prescribed load temperature with the steam lines (21) closed, while a negative pressure is generated in the container (1) after the textile goods have been introduced and maintained for a prescribed time. Steam will then flow from the steam accumulation chamber (9) into the treatment chamber (8) and act on the textile goods (31) during a prescribed period of time. After the heat treatment is ended, the water volume (10) in the steam accumulator (9) is heated up to the load temperature again.
98	Automatic apparatus for dyeing textile materials	EP98830404.4	1998-07-02	EP0897031B1	2003-01-22	Scatizzi, Mario

99	A pump incorporated in a textile package dyeing machine	EP97303774.0	1997-06-03	EP0816547B1	2002-12-11	Tsui, William Tak Ming; Clifford, Frank Graham

100	VERFAHREN ZUM FÄRBEN EINES SUBSTRATES IN EINEM ÜBERKRITISCHEN FLUID	EP93921794.9	1993-10-05	EP0615561B1	1996-05-08	TRUCKENMÜLLER, Kurt; WÖRNER, Gottlob
In a process for dyeing a substrate in a supercritical fluid, an additive-free dye is absorbed in the supercritical fluid and flows over and/or through the substrate to be dyed. A usual additive-containing dye is selected for dyeing and is separated into additives and additive-free dye before dyeing the substrate. The separated, additive-free dye is then directly absorbed in the supercritical fluid used for dyeing or in another liquid.

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